The point (10, 101) lies on the graph of the regression equation. What does that point mean for the situation? At this rate, what will be the mosquito population after 2 weeks? People in the United States are drinking less ofa certain juice than they have in the past. # years since of gallons of juice "A" per year 1980 10.5 8.3 10 7.0 15 5.7 20 4.2 25 3.8 30 2.9 Is this exponential growth or decay? Use your regression equation to predict how much of the juice the average person drank in the year 2012. about gallons

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148
The point (10, 101) lies on the graph of the regression equation. What does that point mean for the situation?
At this rate, what will be the mosquito population after 2 weeks?
People in the United States are
drinking less of a certain juice than
they have in the past.
# years since
# of gallons of
juice "A" per year
1980
10.5
8.3
10
7.0
15
5.7
20
4.2
25
3.8
30
2.9
Is this exponential growth or decay?
Use your regression equation to predict how much of the juice the average person drank in the year 2012. about
gallons
Transcribed Image Text:148 The point (10, 101) lies on the graph of the regression equation. What does that point mean for the situation? At this rate, what will be the mosquito population after 2 weeks? People in the United States are drinking less of a certain juice than they have in the past. # years since # of gallons of juice "A" per year 1980 10.5 8.3 10 7.0 15 5.7 20 4.2 25 3.8 30 2.9 Is this exponential growth or decay? Use your regression equation to predict how much of the juice the average person drank in the year 2012. about gallons
The questions below can be answered using the tables or the regression equations found in the problem above.
The mosquito population in a local
park is changing exponentially.
of days
of mosquitos
650
538
442
2.
3
384
4.
309
250
220
162
7.
8
148
The point (10, 101) lies on the graph of the regression equation. What does that point mean for the situation?
At this rate, what will be the mosquito population after 2 weeks?
People in the United States are
drinking less of a certain juice than
they have in the past.
# years since
#of gallons of
1980
juice "A" per year
10.5
8.3
10
7.0
15
5.7
Transcribed Image Text:The questions below can be answered using the tables or the regression equations found in the problem above. The mosquito population in a local park is changing exponentially. of days of mosquitos 650 538 442 2. 3 384 4. 309 250 220 162 7. 8 148 The point (10, 101) lies on the graph of the regression equation. What does that point mean for the situation? At this rate, what will be the mosquito population after 2 weeks? People in the United States are drinking less of a certain juice than they have in the past. # years since #of gallons of 1980 juice "A" per year 10.5 8.3 10 7.0 15 5.7
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